Lubrizol 7067c Today

Lubrizol 7067c Today

It is recommended to blend the polymer into the base oil at temperatures below 120∘C120 raised to the composed with power C 248∘F248 raised to the composed with power F

Lubrizol® 7067C is a high-performance Olefin Copolymer (OCP)

LUBRIZOL® 7067C is a highly versatile, non-dispersant olefin copolymer (OCP) viscosity modifier designed for use in a wide range of global engine oils and lubricants. It is engineered to provide high thickening efficiency and stay-in-grade performance across diverse SAE viscosity grades. Key Features and Performance lubrizol 7067c

Compatible with most typical additive packages. Typical Treat Levels for Stay-in-Grade Performance

When incorporated into grease formulations, Lubrizol 7067C creates a "tacky" yet stable EP grease. This is vital for open gears, fifth wheels on trucks, and heavy construction equipment (excavators, bulldozers). The additive migrates to the metal surface, ensuring that even when the base grease is squeezed out under immense pressure, a protective chemical barrier remains. It is recommended to blend the polymer into

Lubrizol 7067C: Elevating Engine Oil Performance and Shear Stability

Shear stability is crucial for ensuring that a lubricant does not thin out prematurely under extreme stress, such as in high-speed bearings or heavily loaded gears. Lubrizol 7067C provides excellent shear stability (25* SSI), ensuring the lubricant stays "in-grade" throughout its service life. 3. Superior Solubility in Base Oils Lubrizol 7067C: Elevating Engine Oil Performance and Shear

Lubrizol 7067C is a versatile polymer suitable for various high-performance applications:

LUBRIZOL® 7067C provides robust stay-in-grade performance across a wide spectrum of multi-grade lubricants. It is a critical component for formulating the following standard Society of Automotive Engineers (SAE) grades:

The efficacy of Lubrizol 7067C comes from two distinct polymer technologies, making it a highly adaptable solution for formulators.

The product offers formulation flexibility: